Abstract
In a previous paper we calculated the average distribution of bending angles for CH 2 + ions at 300 K using ab initio surfaces for the pair of Renner interacting ground state potentials in order to test the results of Coulomb explosion imaging (CEI) experiments. Here we calculate state selected bending angle distributions, and Boltzmann-averaged bond length distributions for CH 2 + in order to inspire more CEI experiments. Using published potential energy curves for H 2O + and NH 2 +, we predict their bending angle distributions (and that of ND 2 +) to provide further benchmarks to test the CEI method.
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